PLENARY LECTURES

Chairs: Prof. Cz. Strumiłło and Prof. St. Pabis (Wednesday 9.00-10.25)

PLENARY I    A. S. Mujumdar; An overview of global R&D in industrial drying: current status and future directions

PLENARY II            P. Perré; Multiscale aspects of heat and mass transfer during drying

Chair: Prof. P. Perre (Wednesday 14.20-15.00)

PLENARY III  Y. Itaya; S. Mori; Recent R&D on Drying Technology in Japan

Chairs: Prof. Y. Itaya and Prof. J. Weres (Thursday 9.00-10.25)

PLENARY IV  Z. Pakowski; Modern methods of drying nanomaterials

PLENARY V            St. Pabis; Theoretical models of vegetables drying by convection

Chair: Prof. Z. Pakowski (Thursday 14.20-15.00)

PLENARY VI  T. Metzger, M. Kwapińska, W. Kwapiński, M. Peglow, G. Saage, E. Tsotsas; New modelling and measuring methods in drying science and technology

Chair: Prof. A.S. Mujumdar (Friday 9.00-9.40)

PLENARY VII            Cz. Strumiłło, On perspective developments in drying

LECTURES

Chairs: Prof. P.P. Lewicki and Dr. A. Drużdżel (Wednesday 10.45-12.05)

L1        S. Sieniutycz; Thermodynamic limits in applications of energy of solar radiation

L2        C. Ratti, T. Kudra; Drying of foamed materials: opportunities and challenges

L3        M. Araszkiewicz, A. Kozioł, A. Łupińska, M. Łupiński; Microwave drying of particles with various shapes suspended in the air stream

L4        Z. Pakowski, M. Czapnik, M. Piątkowski, I. Zbiciński - Producing nanoparticles by spray drying

Chairs: Prof. St. Sieniutycz and Prof. P.P. Lenart (Wednesday 12.10-13.10)

L5        D. Konopacka; The effect of enzymatic treatment on dried vegetable colour

L6        N. Sunthonvit, G. Srzednicki, J. Craske; Effects of drying treatments on the composition of volatiles compounds in dried nectarines

L7        Z. Emam-Djomeh, J. Dehghannia, R.S. Gharabagh; Evaluation of osmotic process in combination with coating on drying of apple slices

Chairs: Prof. W. Kamiński and Prof. Zb. Szwast (Wednesday 15.05-16.05)

L8        G. R. Chegini, J. Khazaei, B. Ghobadian, T. Tavakkoli-Hashjin; Prediction of apparatus, process and product parameters in an orange juice spray dryer using  neural networks

L9        A. Ryniecki, A. Pawłowska, K. Moliński - Stochastic analysis of unheated air drying of grain under three different climates

L10      Z. Pakowski, B. Krupińska, R. Adamski; Wood chips properties required for renewable fuel drying with superheated steam and hot air

Chairs: Prof. G. Srzednicki and Dr. T. Kudra (Wednesday 16.25-17.45)

L11      Y. Masmoudi, A. Rigacci, P. Ilbizian, P. Achard; Solvent diffusion during the supercritical CO₂ drying of silica aerogels

L12      G. Rogacki, A. Zawadzka - The effect of supercritical CO₂ drying on parenchyma

L13      J. Marszałek, W. Kamiński; Ethanol dehydration techniques

L14      Z. Pakowski, M. Głębowski, R. Adamski; Modeling of drying process of highly shrinking materials using hydrogels as an example

Chairs: Prof. Zb. Gawrzyński and Prof. J. Nastaj (Thursday 10.45-12.05)

L15      M. Piątkowski, I. Zbiciński; Analysis of the mechanism of counter-current spray drying

L16      J. Adamiec, E. Marcinak; Investigation of the kinetics of simultaneous drying and microencapsulation processes in a spray dryer

L17      K. Samborska, D. Witrowa-Rajchert; Alpha-amylase spray drying

L18            G.R.Chegini, B. Ghobadian; Determination of basic design parameters of fruit juice spray dryer

Chairs: Prof. O. Yaldiz and Dr. T. Metzger (Thursday 12.10-13.10)

L19            S.Heffels, U. Lerch, B. Caers; Line burners for efficient process air heating in dryers

L20      C. Ertekin, O. Yaldiz, N. Heybeli; Crop drying inTurkey

L21      G.R. Askari, Z. Emam-Djomeh; Combined method of drying in food industries

Chairs: Prof. S.J. Kowalski  and Prof. W. Ciesielczyk  (Thursday 15.05-16.05)

L22      W. Kwapiński, E. Tsotsas; Characterization of particulate materials in respect to drying, desorption or adsorption in packed bed

L23      Zb. Gawrzyński, B. Pieczaba - Aerodynamics of the pulsed fluid bed with cyclically relocated gas stream and lengthwise pulsation

L24      R.G. Szafran, A. Kmieć - Dependence of heat and mass transfer on hydrodynamics of bed flow in a spouted bed dryer

L25      A. Poświata, Zb. Szwast,; Optimization of fine solid drying in bubbled fluidized bed

Chairs: Prof. A. Kmieć and dr hab. inż. Jerzy Świgoń (Friday 9.45-10.45)

L26      W. Olek, J. Weres; Effects of the method of identification of the diffusion coefficient on accuracy of modeling bound water transfer in wood

L27      M. Kwapińska; On the way from penetration models to discrete element simulations of contact dryers

L28      L. Muszyński; Empirical data for modeling: methodological aspects in experimentation involving hygro-mechanical characteristics of wood

Chairs: Prof. M. Jaros  and Dr. W. Olek (Friday 11.05-12.05)

L29      J. Nastaj, B. Ambrożek; Modeling of vacuum desorption of multicomponent moisture in freeze drying process

L30      J. Stawczyk, S. Li, D.Witrowa-Rajchert, A. Fabisiak; Kinetics of apple atmospheric freeze drying 

L31      N. Deliiski, A. Syuleymanov; Influence of the molar transfer coefficient on the pressure distribution in beech lumber during its convective-vacuum drying

Chairs: Prof. I. Zbiciński and Prof. D. Witrowa-Reichert ( (Friday 12.10-13.10)

L32      M. Jaros, R. Zaremba, St. Pabis; Mathematical model of the fluidised-bed drying of cut vegetables

L33      D. Piotrowski, A. Lenart, W. Pomarańska-Łazuka; The influence of osmotic dehydration on drying and selected properties of dried blackcurrant

L34      O. Yaldiz, C. Ertekin, N. Heybeli; Evaluation of thin layer drying models for describing drying behaviour of okra

POSTERS

P1.              J. Adamiec, D. Kalemba - Analysis of microencapsulation ability of essential oils during spray drying

P2.              G. Askari - Effect of microwave finishing step on microstructural changes of apple slices

P3.              J. Banaszak – Estimation of the effective coefficient of heat conduction for dried materials

P4.              G. Bihercz, J. Beke -Semi-empirical model of convective drying with wide range layer depth validity

P5.              M. Boszko, J. Malczewski, R. Grabarczyk - Convective drying of wood chips at high temperature

P6.              G.R.Chegini, J. Khazaei, H.A.Rostami, A.R.Sanjari - Designing of a heat pump dryer for drying of plum

P7.              W. Ciesielczyk - Determining the heat of sorption for solid substances dried in the fluidized bed

P8.              W. Ciesielczyk, J. Iwanowski - Analysis of fluidized bed drying kinetics on the basis of interphase mass transfer coefficient

P9.              W. Ciesielczyk, J. Szymczak, J. Wais, A. Wolff - The effects of the drying method change on ammonium sulphate production plant

P10.          J. Gawałek - The effect of freezing rate on reconstitution properties of vacuum freeze dried apples

P11.          Zb. Gawrzyński, A. Kubica, J. Stanisławski - Drying of diced potatoes in the pulsed fluid bed

P12.          Zb. Gawrzyński, A. Nowaczewska-Torbus - The spouted bed structure in the pulsed fluid spouted dryer with widthwise pulsation

P13.          Zb. Gawrzyński, B. Pieczaba, G. Rogula, M. Rychlik - The drying aspects to the polydispersed materials in the modified pulsed fluid beds

P14.          Zb. Gawrzyński, B. Pieczaba, M. Rychlik - The mixing characteristics in the pulsed fluid bed with cyclically relocated gas stream

P15.          M. Ş. Güney - The thin layer drying kinetic of hazelnut kernel in fluidized bed

P16.          R. Guzenda, W. Olek, M. Gołębiewska - Modelling moisture content changes in timber due to natural variation of ambient air parameters

P17.          M. Jaros - Theoretical model with random coefficients of the drying kinetics for cut onion

P18.          A. Klepaczka - Comparison of heat fluxes during combined conductive and convective drying of a paper web on the selected paper machines

P19.          S.J. Kowalski, B. Mielniczuk - Drying induced stresses in macaroni dough

P20.          S. J. Kowalski, A. Rybicki - Numerical identification of the vapour-liquid interface in a dried body

P21.          S. J. Kowalski, A. Smoczkiewicz - Stresses in dried wood. Modelling and experimental identification

P22.          S. Kujawa, J. Weres – Information system supporting parameter identification for heat and mass transport processes

P23.          A. S. Markowski - Safety assurance assessment in drying plant

P24.          N.V. Menshutina, A.E. Korneeva, M.G. Gordienko, A.A. Voinovskiy, O.V. Sidorkin - Innovative drying methods for biological preparations in pharmaceutical industry

P25.          N.V. Menshutina, A. Golovanov, E.N. Chunihin, O.V. Sidorkin - Internet portal “Drying-on-line”

P26.          G. Musielak - Numerical simulation of convective drying of kaolin cylinder in non-steady drying conditions

P27.          G. Musielak - Numerical treatment of non-linear boundary condition of mass transfer during second period of drying

P28.          G. Musielak, J. Banaszak, J. Kasperek - Determination of temperature dependence of diffusion coefficient in fully saturated kaolin

P29.          J. Nastaj, K. Witkiewicz - Novel experimental equipment for investigation of vacuum freeze drying at microwave heating

P30.          D. Nowak, W. Pomarańska-Łazuka, D. Witrowa-Rajchert - Influence of celeriac variety and drying mode on water sorption properties of dried material

P31.          Z. Pakowski, B. Krupińska, R. Adamski - Sorption isobars of tobacco materials in the superheated steam drying process

P32.          P. Perré, R. Rémond - A dual scale (board and stack) computational model of wood drying

P33.          O. Piddubniak - Spectral characteristics of porosity for a cylinder rotated with a non-constant angular velocity

P34.          D. Piotrowski, E. Skrzyszewska  - The influence of a pre-treatment on drying kinetics and selected properties of prunes dried in constant and variable air conditions

P35.          D. Popovski, V. Mitrevski - A generator of water desorption isotherm models

P36.          J. Stawczyk - Atmospheric freeze drying process control

P37.          M. Surma, St. Peroń - The dimensional analysis of factors effected on the mass transfer during the spray drying of malt wort concentrate

P38.          A. Syuleymanov, N. Deliiski - Computation of the boundary conditions for a non-stationary model of the convective-vacuum drying of wood

P39.          J. Świgoń J. Longauer - Energy consumption in production fuel wood pellets

P40.          E. Tomczak - Calculation of water sorption isotherms for seasonings using artificial neural networks

P41.          D. Tomkiewicz, A. Ryniecki - Automatic identification of the end of near ambient drying of rapeseeds using neural networks

P42.          I. Zbiciński, X. Li - CFD modeling of spray drying kinetics

P43.          Z. Zdrojewski, St. Peroń - Comparison of computational programs Statistica and Excel for the sorption isotherm approximation with selected equations